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Monitoring in-vitro neural network dynamics using microelectrode arrays
The student will culture neurons on a microelectrode array, and will record the electrical activity of the network and follow its evolution over time. The development of new methods for signal processing, neuron stimulation, and imaging can be included in the project depending on the experience and interests of the student.
CMOS microelectrode arrays allow studying the electrical activity of neurons. In-vitro neural networks can be cultured on top of thousands of very small electrodes (<10um), which can detect action potentials from hundreds of neurons simultaneously.
We are interested in analyzing the evolution of neural activity over several weeks, combining electrical recordings with electrical stimulation to evoke certain firing patterns. In this context, we can offer different Master/Bachelor theses or semester project tailored to the experience and interests of the student.
Students interested in working with neurons in the lab are encouraged to contact me to discuss potential projects. Since the project can be approached from different angles, students from very diverse background are welcome, including: biology, neuroscience, biomedical engineering, electrical engineering (specially with experience in FPGA programming), computer science...
Note that our department is located in Basel.
CMOS microelectrode arrays allow studying the electrical activity of neurons. In-vitro neural networks can be cultured on top of thousands of very small electrodes (<10um), which can detect action potentials from hundreds of neurons simultaneously.
We are interested in analyzing the evolution of neural activity over several weeks, combining electrical recordings with electrical stimulation to evoke certain firing patterns. In this context, we can offer different Master/Bachelor theses or semester project tailored to the experience and interests of the student.
Students interested in working with neurons in the lab are encouraged to contact me to discuss potential projects. Since the project can be approached from different angles, students from very diverse background are welcome, including: biology, neuroscience, biomedical engineering, electrical engineering (specially with experience in FPGA programming), computer science...
Note that our department is located in Basel.
Not specified
Dr. Fernando Cardes | fernando.cardes@bsse.ethz.ch
Dr. Fernando Cardes | fernando.cardes@bsse.ethz.ch